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Showing posts with the label heat

The low-carbon option for heavy industry

 The low-carbon option for heavy industry The Brown’s Gas generator is not an ordinary electrolyzer or fuel cell that merely produces hydrogen. This is evidenced by the Brown’s Gas characteristics of having an Interactive Heat Effect and Implosive characteristics (refer to  Brown’s Gas FAQ  ). In contrast hydrogen has a fixed heat value and explodes. COMPARING ALTERNATIVES Imagined combustion support alternatives: Biodiesel/biomass:   Biodiesel or woodchips can be combusted directly as a low cost alternative to fossil fuels. Electric current:   Electricity can be used to run electric arc furnaces for steel manufacture. Grey and blue hydrogen:   Is traditionally produced through steam reforming fossil fuels which creates more emissions. Radioactive nuclear energy:   Give off heat that can be carried as steam. Carbon capture and storage (CCS):   Like the storage of radioactive nuclear wastes, CCS avoids decarbonizing completely, it is a corruption of other alternatives and costs money to

Metal cutting minimization of heat affected zone

 Metal cutting minimization of heat affected zone  METAL CUTTING A Brown’s Gas (Oxyhydrogen) generator used as a cutting machine solves the problems of safety, Eco-friendliness, makes high speed cutting possible, improves economic efficiency, and completely replaces fossil fuels. Brown’s Gas HHO Brown’s Gas itself is an intimate mixture of hydrogen and oxygen gases in the stoichiometric rato of two parts hydrogen gas and one part oxygen gas. In addition to the low electrical energy needed to produce Brown’s Gas, the oxygen gas disassociated from water is preserved to further enhance the energy effciency characteristics of Brown’s Gas when Brown’s Gas is put to use in a vast array of applications. Modern Brown’s Gas electrolyzers utilize Pulse Resonance Water Electrolysis Technology (PRWET) that has reduced the electrical energy consumption by 49, using only3 kWh per CBM (Cubic Meter) of gas produced as opposed to 5.8 kWh using the traditional DC (Direct Current) constant current per CB